AI-driven data integration: Transforming enterprise data pipelines through machine learning

Reddy, Naveen Reddy Singi (2025) AI-driven data integration: Transforming enterprise data pipelines through machine learning. World Journal of Advanced Engineering Technology and Sciences, 15 (1). pp. 729-738. ISSN 2582-8266

This article examines the transformative impact of artificial intelligence on enterprise data integration processes, with a particular focus on how machine learning algorithms are revolutionizing traditional approaches to data mapping, transformation, and maintenance. The article explores the evolution from manual integration methodologies to intelligent, self-adjusting data pipelines that automatically respond to changing data patterns and requirements. The article identifies key machine learning techniques enabling automated schema matching, intelligent anomaly detection, and advanced data cleaning capabilities that significantly reduce human intervention while improving accuracy and throughput. By analyzing several enterprise case studies, the article demonstrates how AI-driven integration systems substantially reduce implementation timeframes and maintenance overhead compared to traditional ETL processes. The article also addresses emerging architectural frameworks for adaptive data pipelines and provides a forward-looking perspective on self-healing integration systems. The article suggests that organizations implementing AI-powered data integration solutions gain substantial competitive advantages through increased operational efficiency, improved data quality, and enhanced ability to scale data operations in response to growing business demands.